The Perfect Trio: GitOps, Kubernetes, and Platform Engineering
Achieving agility, scalability, efficiency, and security is paramount in modern software development.
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Platform engineering, in the open.
Field notes on running Kubernetes with less toil — AI SRE and incident response, CI/CD and golden paths, continuous security, cost, and the internal developer platform that ties them together.
platform-engineering
GeneralGitOps vs DevOps; what does your organisation need?
GitOps and DevOps are two distinct methodologies, each offering its unique approach and set of tools for software teams.
GeneralEmpowering DevSecOps with Integrated CI/CD: A Paradigm Shift for Modern Software Delivery
The integration of DevSecOps and CI/CD through Atmosly ushers in a new era of software development. It's a transformative journey that empowers businesses to develop and deploy applications.
devopsObservability: A Key to Navigating the Complex Landscape of DevOps and Platform Engineering
In the fast-paced world of DevOps and platform engineering, achieving true observability is more than a milestone???it's a game-changer.
kubernetesSimplifying Kubernetes Deployments: An In-Depth Look at Helm
An in-depth exploration of Helm, its charts, and how it simplifies the deployment of applications in Kubernetes
platform-engineeringThe Evolution of Platform Engineering: From Monoliths to Microservices
The historical context and evolution of platform engineering in the context of monolithic and microservices architectures.
kubernetesPlatform Engineering: Building Cloud-Agnostic Solutions with Kubernetes
Platform engineering is redefining how teams build, scale, and manage modern applications. By using Kubernetes, organizations can design cloud-agnostic platforms that work seamlessly across AWS, Azure, Google Cloud, and private environments without vendor lock-in. This article explores how Kubernetes enables multi-cloud flexibility, Infrastructure as Code (IaC), and automated orchestration to help platform engineers deliver resilient, portable, and cost-efficient systems. Learn best practices for building scalable cloud-agnostic architectures and see how Kubernetes??? abstractions like containers, service mesh, and declarative APIs make true infrastructure independence achievable for modern DevOps teams.
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